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- The research results show that, a multivariable decoupling PID control system based on QDRNN is well suited for decoupling of variables in dual-variable control system. 研究表明，QDRNN网络结构相对简单，易于构造训练算法，较好地解决了双变量控制系统中变量之间的耦合作用。
- decoupling PID control 解耦PID控制
- PID control keeps precise and stable temperature. 采用PID控制,使温度精确稳定。
- Thermal meter adopt PID control and SCR output. 可连接多种功能之附属设备.
- In order to decrease the strong coupling between PID control and QCS, combining the PID control algorithm, this paper used a decoupling control algorithm, and achieved good control effect. 当使用常规PID反馈控制算法即通过助留剂的用量来控制白水的总浓度时，会与质量控制系统(QCS)的纸张灰分控制产生强烈的耦合。为减轻这种耦合，本文结合PID反馈控制，来用了解耦控制算法，并取得了良好的控制效果。
- The simulation results showed that the designed system has excellent decoupling performance, and the system has better dynamic performance and stronger robustness than conventional PID control system. 仿真结果表明，系统具有优良的解耦性能，而且和传统PID控制系统相比，滑模变结构控制系统具有优良的动态特性和鲁棒性。
- Based on analyzing the influence factors and coupling relations of coke oven gas collector, PID control, decoupling control and expert control are used to control gas collector pressure. 摘要集气管压力的稳定影响焦炭的质量和焦炉的寿命，通过分析焦炉集气管压力影响因素及其耦合关系，采用PID控制、解耦控制、专家控制来进行集气管压力的控制。
- In order to decrease the strong coupling between PID control and QCS,combining the PID control algorithm,this paper used a decoupling control algorithm,and achieved good control effect. 当使用常规PID反馈控制算法即通过助留剂的用量来控制白水的总浓度时,会与质量控制系统(QCS)的纸张灰分控制产生强烈的耦合。为减轻这种耦合,本文结合PID反馈控制,采用了解耦控制算法,并取得了良好的控制效果。
- The control algorithm uses the increase type PID control algorithm. 系统实时性和控制精度较高。
- Adopted MCU and PID control achieve precise and steady temperature. 同时采用MCU及PID控制,温度更精确,更稳定。
- Adopted PID control keep temperature precise and stable. 采用PID控制,使温度精确稳定。
- Based on state-feedback decoupling, this paper uses an experimental system as controlled plant and presents the digital simulation results of PID control. 本文基于状态反馈解耦，以某试验系统为被控对象，在实现解耦的基础上，给出了PID控制的数字仿真结果。
- Remote PID Controller of Hump Cab . 驼峰机车遥控PID控制器
- This model is simulated by MATLAB in order to get parameters for PID control. 运用MATLAB对该模型进行了PID控制算法仿真研究,得到PID控制参数的基本范围。
- Temperature is adjusted by temperature control meter to realize PID control. 温度调节采用控温仪表实现PID控制。
- Digitizes every segment of automatic control system and attained PID control. 自控系统的每个环节数字化，用计算机实现PID控制。
- The technologic PID control is more general, it is applied in many fields now. PID控制是一种应用很普遍的控制技术，目前在很多方面都有广泛的应用。
- An intelligence PID control algorithm based on the expert system was discussed. 讨论了一种基于专家知识的智能PID控制算法。
- Temperature control system based on no touch switch has realized PID control. 温度控制采用无触点的开关控制,并实现了PID调节。
- Research and Application on a Coalesce Intelligent PID Controller. 一种融合型智能PID控制器的研究与应用。
